Canaery creates biologically enhanced working animals with amplified olfactory abilities to detect explosives, narcotics, pests, and disease biomarkers. Their system combines specialized training, wearable sensors, and adaptive algorithms to deliver real‑time alerts to handlers via portable devices, providing rapid, on‑site screening for security, pest‑control, and healthcare applications.
Funding
$10.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
+1Founders
Product
Problem
Current detection methods for contraband, pests, and disease biomarkers rely on expensive equipment, limited sensitivity, and often require human intervention, leading to delayed or missed identification.
Solution
Canaery develops biologically enhanced working animals that possess amplified olfactory capabilities to detect a wide range of targets, from explosives and narcotics to bed bugs, termites, and disease-specific volatile compounds. By integrating advanced scent‑detection training with proprietary scent‑amplification technologies, these animals can operate in diverse environments and provide rapid, on‑site alerts. The system delivers real‑time data to handlers through portable reporting devices, enabling immediate response and reducing reliance on laboratory analysis. This approach expands the practical reach of scent‑based detection, offering a scalable solution for security, public health, and pest‑management applications.
Target Audience
Primary customers include law‑enforcement and security agencies, pest‑control firms, and healthcare or diagnostic organizations seeking rapid, on‑site scent‑based screening.
Features
- Genetically or chemically enhanced olfactory receptors that increase sensitivity to target volatile organic compounds
- Structured training programs tailored to specific detection tasks such as explosives, narcotics, pests, or disease biomarkers
- Wearable sensor suite on the animal that captures detection events and transmits alerts to a handheld interface
- Adaptive learning algorithms that refine detection thresholds based on field feedback and environmental conditions
- Modular deployment kits allowing rapid integration into security checkpoints, inspection sites, or medical screening stations